HARDWOOD CHARCOAL | SOFTWOOD CHARCOAL | WOOD PELLETS | PALM KERNEL SHELL CHARCOAL
Charcoal for Exportation
We also Manufactures exports Hard wood Charcoal, Oak Charcoal, Mangrove Charcoal, Soft wood charcoal and Palm Kernel shell charcoal with strong concentrations in the international Specifications. we are capable of producing 5000 metric tons/month of charcoal which is very good for grill, Barbeque (Bbq), Restaurants and Industrial purposes e.t.c. Our charcoal is of very good quality, which is made from forest reserves that have been existing for hundreds of years.
Hardwood Charcoal is great for barbeque use, restaurants, supermarket and cooking on your outdoor grill or fire pit! It is made from real hardwood firewood chunks which have been charred. No chemical binders or igniting agents. This type of charcoal burns intensely and hot and supplies superior flavor for your grilled foods without any of the nasty chemical fumes or aromas which can come from industrial pressed composite charcoal briquettes.
INDUSTRIAL CHARCOAL
Type: 100% Natural Hardwood
Wood: All Hardwood trees
Uses: Industry, Furnace, Metallurgy, Fuel, Ferro-Silicon, Activated Carbon
BRIQUETTE
Briquette Charcoal
Wood: Acacia, Oakwood, Rosewood, Ayeen, Iroko
Heat Value: 7500J/KG
Burning time: >4hours
Ash content: <7%
Carbon
BBQ CHARCOAL
Burning time: 980sec/cm3
Wood type: oak trees, rosewood trees, acacia, mahogany, iroko
No spark, no smoke, no smell, low ash, easy ignite.
SHISHA CHARCOAL
Burning time: 980sec/cm3
Wood type: Acacia seyale, Acacia Nilotica, Acacia Senegal
No spark, no smoke, no smell, low ash, easy ignite.
Palm Kernel Shell Charcoal
Palm Kernel Shells share the same characteristics as its other sibling, coconut shells. They both possess a highly complex pore structure and fiber matrix, making it the raw material of choice for the production of premium activated carbon. No other type of activated carbon comes close in terms of high iodine values and superior hardness.
As a raw material for fuel briquettes, palm shells offer the same calorific characteristics as coconut shells. Palm shell charcoal are characterized with high energy content that is released slowly during combustion owing to its complex fiber matrix structure. Its smaller shell size makes it easier to carbonize for mass production, and its resulting palm shell charcoal can be pressed into a heat efficient bio-fuel briquette.
Our raw material is derived from tens of thousands of hectares of oil palm estate. This ensures a constant stream of palm shells that are of consistent quality, leading to a consistent and growing production of palm charcoal to feed our bio-fuel briquettes and activated carbon needs.
PREMIUM WOOD PELLETS
Our premium wood pellets are made the recycled way! The production of our hardwood pellets begins with the recycling of raw material from the highest quality hardwood remnants from cabinet and flooring manufacturers making our pellets ecologically friendly.
This pellet fuel is made of 100% hardwood and is great for your wood pellet stoves because hardwood is cleaner and gives longer combustion. We claim to have the best wood pellet but the truth comes from our continued growth year after year and from our happy loyal customers.
ENplus Quality Specifications
| Property | Unit | ENplus A1 | ENplus A2 | ENplus B | Testing standard 11) |
|---|---|---|---|---|---|
| Diameter | mm | 6 ± 1 or 8 ± 1 | ISO 17829 | ||
| Length | mm | 3.15 < L ≤ 40 4) | ISO 17829 | ||
| Moisture | w-% 2) | ≤ 10 | ISO 18134 | ||
| Ash | w-% 3) | ≤ 0.7 | ≤ 1.2 | ≤ 2.0 | ISO 18122 |
| Mechanical Durability | w-% 2) | ≥ 98.0 5) | ≥ 97.5 5) | ISO 17831-1 | |
| Fines (< 3,15 mm) | w-% 2) | ≤ 1.0 6) (≤ 0.5 7)) | ISO 18846 | ||
| Temperature of pellets | °C | ≤ 40 8) | |||
| Net Calorific Value | kWh/kg 2) | ≥ 4.6 9) | ISO 18125 | ||
| Bulk Density | kg/m3 2) | 600 ≤ BD ≤ 750 | ISO 17828 | ||
| Additives | w-% 2) | ≤ 2 10) | – | ||
| Nitrogen | w-% 3) | ≤ 0.3 | ≤ 0.5 | ≤ 1.0 | ISO 16948 |
| Sulfur | w-% 3) | ≤ 0.04 | ≤ 0.05 | ISO 16994 | |
| Chlorine | w-% 3) | ≤ 0.02 | ≤0.03 | ISO 16994 | |
| Ash Deformation Temperature1) | °C | ≥ 1200 | ≥ 1100 | CEN/TC 15370-1 | |
| Arsenic | mg/kg 3) | ≤1 | ISO 16968 | ||
| Cadmium | mg/kg 3) | ≤ 0.5 | ISO 16968 | ||
| Chromium | mg/kg 3) | ≤10 | ISO 16968 | ||
| Copper | mg/kg 3) | ≤10 | ISO 16968 | ||
| Lead | mg/kg 3) | ≤10 | ISO 16968 | ||
| Mercury | mg/kg 3) | ≤0.1 | ISO 16968 | ||
| Nickel | mg/kg 3) | ≤10 | ISO 16968 | ||
| Zinc | mg/kg 3) | ≤100 | ISO 16968 | ||
- ash is produced at 815 °C
- as received
- dry basis
- a maximum of 1% of the pellets may be longer than 40mm, no pellets longer than 45mm are allowed.
- at the loading point of the transport unit (truck, vessel) at the production site
- at factory gate or when loading truck for deliveries to end-users (Part Load Delivery and Full Load Delivery)
- at factory gate, when filling pellet bags or sealed Big Bags.
- at the last loading point for truck deliveries to end-users (Part Load Delivery and Full Load Delivery)
- equal ≥ 16,5 MJ/kg as received
- the amount of additives in production shall be limited to 1,8 w-%, the amount of post-production additives (e.g. coating oils) shall be limited to 0,2 w-% of the pellets.
- As long as the mentioned ISO standards are not published, analyses shall be performed according to related CEN standards